MITSUBISHI Q68ADV D/A CONVERTER MODULE

Get a Price/Quote

MITSUBISHI Q68ADV D/A CONVERTER MODULE Specification

Phase
Single Phase (internal use)

Current Range
Voltage output: 1 mA max

Output Current
1 mA max per channel

Power Supply
Supplied by PLC base unit

Operating Temperature
0C to +55C

Rated Current
1 mA (output)

Features
8 channels, high-speed conversion, removable terminal block, LED status indication, easy integration with Q Series PLC

Application
Mitsubishi Q Series PLC analog output functions

Working Temperature
0C to +55C

Output Type
Analog Voltage Output

Cooling Method
Natural air cooling

Connector Type
Screw terminal block

Noise Level
Low (<0.2% of full scale)

Product Type
D/A Converter Module

Input Voltage
5V DC (from PLC base unit)

Voltage Protection
Overvoltage and short circuit protection included

Efficiency
High conversion efficiency (manufacturer specific)

Material
Industrial-grade plastic enclosure

Line Regulation
0.1% of full scale

Storage Temperature
-25C to +75C

Weight
120 g (approx.)

About MITSUBISHI Q68ADV D/A CONVERTER MODULE

Utilise our latest offer on the Mitsubishi Q68ADV D/A Converter Module, now at a reduced price for a limited time. This sterling analog output module delivers unrivaled precision with eight high-speed 12-bit channels, supporting voltage outputs from -10V to +10V DC. Engineered for first-class performance in demanding environments, it fits perfectly within Mitsubishi MELSEC Q Series PLC racks. Features include channel status LEDs, robust overvoltage and short circuit protection, and phototransistor isolation for safe, reliable operation. Its industrial-grade enclosure ensures lasting durability. Seize this offer for exceptional efficiency and quality.

Ideal Applications for the Q68ADV D/A Converter Module

The Mitsubishi Q68ADV D/A Converter Module is engineered for integration into advanced automation systems, especially those requiring precise analog voltage outputs. It is suitable for commercial operations, manufacturing automation, and process control solutions. This module proves highly effective in use with sophisticated Mitsubishi Q Series PLCs, making it an excellent choice for industrial developers, automation engineers, and OEM manufacturers across varying sectors within India and beyond.

Q68ADV Samples, Policy, and Shipping Information

Experience the benefits of the Mitsubishi Q68ADV D/A Converter Module with our flexible sample policy. Sample units can be provided at a competitive rate, lowering initial expenditure for project trials. Samples are usually dispatched swiftly from our FOB port, ensuring minimal lead time. The transparent process and reliable supply give commercial clients confidence in procurement, supporting seamless integration and faster project implementation in automation and control applications.

FAQs of MITSUBISHI Q68ADV D/A CONVERTER MODULE:

Q: How does the Q68ADV D/A Converter Module enhance automation system performance?

A: By offering eight high-speed analog output channels with 12-bit resolution and low noise levels, the Q68ADV ensures accurate and reliable data conversion essential for modern automation and process controls.

Q: What are the main benefits of using the Mitsubishi Q68ADV module?

A: Key benefits include high conversion efficiency, robust protection features (overvoltage and short circuit), easy DIN rail mounting, and seamless compatibility with Mitsubishi Q Series PLCs, ensuring safety and longevity in industrial environments.

Q: Where can the Q68ADV D/A Converter Module be installed?

A: This module is designed for DIN rail mounting within Mitsubishi MELSEC Q Series PLC racks, making it easy to install in commercial and industrial automation control panels.

Q: What is the process to request a sample unit of the Q68ADV module?

A: To request a sample, contact our sales team with your requirements. Samples are available at a standard rate, and once confirmed, dispatching is arranged from our FOB port to your location.

Q: When is the Q68ADV module most suitable for deployment?

A: It is most suitable for deployment in industrial automation systems requiring reliable and precise analog outputs, especially where robust performance and integration with Q Series PLCs are necessary.